Uses of Class
org.cell2d.celick.geom.Vector2f

Packages that use Vector2f

Package	Description
org.cell2d.celick
org.cell2d.celick.geom

Uses of Vector2f in org.cell2d.celick

Methods in org.cell2d.celick that return Vector2f

Modifier and Type	Method and Description
Vector2f	ShapeFill.getOffsetAt(Shape shape, float x, float y) Get the offset for a vertex at a given location based on it's shape

Uses of Vector2f in org.cell2d.celick.geom

Fields in org.cell2d.celick.geom declared as Vector2f

Modifier and Type	Field and Description
Vector2f	GeomUtil.HitResult.pt The position of the intersection

Methods in org.cell2d.celick.geom that return Vector2f

Modifier and Type	Method and Description
Vector2f	Vector2f.add(double theta) Adjust this vector by a given angle
Vector2f	Vector2f.add(Vector2f v) Add a vector to this vector
Vector2f	Vector2f.copy() Return a copy of this vector
Vector2f	TexCoordGenerator.getCoordFor(float x, float y) Get the texture coordinate for a given render position
Vector2f	Line.getEnd() Get the end point of the line
Vector2f	Shape.getLocation() Get the top-left location of this shape.
Vector2f	Vector2f.getNormal() The normal of the vector
Vector2f	Vector2f.getPerpendicular() A vector perpendicular to this vector.
Vector2f	Line.getStart() Get the start point of the line
Vector2f	Line.intersect(Line other) Intersect this line with another
Vector2f	Line.intersect(Line other, boolean limit) Intersect this line with another
Vector2f	Vector2f.negate() Negate this vector
Vector2f	Vector2f.negateLocal() Negate this vector without creating a new copy
Vector2f	Vector2f.normalise() Normalise the vector
Vector2f	Curve.pointAt(float t) Get the point at a particular location on the curve
Vector2f	Vector2f.scale(float a) Scale this vector by a value
Vector2f	Vector2f.set(float[] pt) Set the values in this vector
Vector2f	Vector2f.set(float x, float y) Set the values in this vector
Vector2f	Vector2f.sub(double theta) Adjust this vector by a given angle
Vector2f	Vector2f.sub(Vector2f v) Subtract a vector from this vector
Vector2f	Transform.transform(Vector2f pt) Transform the vector2f based on the matrix defined in this transform

Methods in org.cell2d.celick.geom with parameters of type Vector2f

Modifier and Type	Method and Description
Vector2f	Vector2f.add(Vector2f v) Add a vector to this vector
boolean	MannTriangulator.PointBag.contains(Vector2f point) Check if the point provided was contained
float	Line.distance(Vector2f point) Get the shortest distance from a point to this line
float	Vector2f.distance(Vector2f other) Get the distance from this point to another
float	Line.distanceSquared(Vector2f point) Get the shortest distance squared from a point to this line
float	Vector2f.distanceSquared(Vector2f other) Get the distance from this point to another, squared.
boolean	MannTriangulator.PointBag.doesIntersectSegment(Vector2f v1, Vector2f v2) Check if the points in this bag form a path intersecting with the specified path
float	Vector2f.dot(Vector2f other) Dot this vector against another
void	Line.getClosestPoint(Vector2f point, Vector2f result) Get the closest point on the line to a given point
boolean	Line.intersect(Line other, boolean limit, Vector2f result) Intersect this line with another
boolean	Line.on(Vector2f point) Check if the given point is on the line
void	Vector2f.projectOntoUnit(Vector2f b, Vector2f result) Project this vector onto another
void	Vector2f.set(Vector2f other) Set the value of this vector
void	Line.set(Vector2f start, Vector2f end) Configure the line
void	Shape.setLocation(Vector2f loc) Set the top-left location of this shape
Vector2f	Vector2f.sub(Vector2f v) Subtract a vector from this vector
Vector2f	Transform.transform(Vector2f pt) Transform the vector2f based on the matrix defined in this transform

Constructors in org.cell2d.celick.geom with parameters of type Vector2f

Constructor and Description
Curve(Vector2f p1, Vector2f c1, Vector2f c2, Vector2f p2) Create a new curve with the default segments (20)
Curve(Vector2f p1, Vector2f c1, Vector2f c2, Vector2f p2, int segments) Create a new curve
Line(Vector2f start, Vector2f end) Create a new line based on two points
Vector2f(Vector2f other) Create a new vector based on another